def printAnalyticalSizes(r, isMVD):
T = 300.0
mu = 1.0
for row in range(9):
mass = massList[row]
mdot = mdotList[row]
vinf = vinfList[row]
nh = mvd_iden if isMVD else mvt_iden
times = mvd_times if isMVD else mvt_times
tableline = "\multirow{5}{*}{\\num{" + str(mass) + "}} & {$D_\mathrm{s}(\\frac{\\pi}{2})$}"
for col in range(5):
tableline = tableline + " & "
tableline = tableline + str(r[col][row])
print tableline + " \\\\"
tableline = "& {$R_\\mathrm{s}^\\mathrm{RB}$}"
for col in range(5):
tableline = tableline + " & "
R = koo.calcFinalRadiusRB(mdot, vinf, mh*nh[col][row], T, mu) * CM2PC
tableline = tableline + str(R)
print tableline + " \\\\"
tableline = "& {$R_\\mathrm{s}^\\mathrm{PRB}$}"
for col in range(5):
tableline = tableline + " & "
R = koo.calcFinalRadiusPRB(mdot, vinf, mh*nh[col][row], T, mu) * CM2PC
tableline = tableline + str(R)
print tableline + " \\\\"
tableline = "& {$R_\\mathrm{s}^\\mathrm{FAB}$}"
for col in range(5):
tableline = tableline + " & "
R = koo.calcFinalRadiusFAB(mdot, vinf, mh*nh[col][row], T, mu) * CM2PC
tableline = tableline + str(R)
print tableline + " \\\\"
tableline = "& {$R_\\mathrm{s}^\\mathrm{PAB}$}"
for col in range(5):
tableline = tableline + " & "
R = koo.calcFinalRadiusPAB(mdot, vinf, mh*nh[col][row], T, mu) * CM2PC
tableline = tableline + str(R)
print tableline + " \\\\"
if row != 8:
print "& & & & & & \\\\"
logL = data[:,2] # log[L / Lsun]
rstar = data[:,3] # [Rsun]
den = mp1_data.densities
cloud_dist = 0.35 * PC2CM
for i in range(len(den)):
for j in range(len(mass)):
index = 9*i + j + 1
id = "{:2d}".format(index)
lower = "{:3.2f}".format(koo.calcLowerPRB(vinf[j]))
vin_vcr = "{:6.3f}".format(vinf[j] / koo.calcCritVel(mdot[j], vinf[j], mh * mvd_iden[i][0]))
tp_rb = "{:5.2f}".format(koo.calcConfineTimeRB(mdot[j], vinf[j], mh * mvd_iden[i][0], 8000.0, 0.5) * S2YR / 1000.0)
rfinal_rb = "{:4.3f}".format(koo.calcFinalRadiusRB(mdot[j], vinf[j], mh * mvd_iden[i][0], 8000.0, 0.5) * CM2PC)
tp_prb = "{:5.2f}".format(koo.calcConfineTimePRB(mdot[j], vinf[j], mh * mvd_iden[i][0], 8000.0, 0.5) * S2YR / 1000.0)
rfinal_prb = "{:4.3f}".format(koo.calcFinalRadiusPRB(mdot[j], vinf[j], mh * mvd_iden[i][0], 8000.0, 0.5) * CM2PC)
tp_ab = "{:5.2f}".format(koo.calcConfineTimeAB(mdot[j], vinf[j], mh * mvd_iden[i][0], 8000.0, 0.5) * S2YR / 1000.0)
rfinal_fab = "{:4.3f}".format(koo.calcFinalRadiusFAB(mdot[j], vinf[j], mh * mvd_iden[i][0], 8000.0, 0.5) * CM2PC)
rfinal_pab = "{:4.3f}".format(koo.calcFinalRadiusPAB(mdot[j], vinf[j], mh * mvd_iden[i][0], 8000.0, 0.5) * CM2PC)
vin_vcr2 = "{:6.3f}".format(vinf[j] / koo.calcCritVel(mdot[j], vinf[j], mh * den[i]))
tp_rb2 = "{:5.2f}".format(koo.calcConfineTimeRB(mdot[j], vinf[j], mh * den[i], 300.0, 1.0) * S2YR / 1000.0)
rfinal_rb2 = "{:4.3f}".format(koo.calcFinalRadiusRB(mdot[j], vinf[j], mh * den[i], 300.0, 1.0) * CM2PC)
tp_prb2 = "{:5.2f}".format(koo.calcConfineTimePRB(mdot[j], vinf[j], mh * den[i], 300.0, 1.0) * S2YR / 1000.0)
rfinal_prb2 = "{:4.3f}".format(koo.calcFinalRadiusPRB(mdot[j], vinf[j], mh * den[i], 300.0, 1.0) * CM2PC)
tp_ab2 = "{:5.2f}".format(koo.calcConfineTimeAB(mdot[j], vinf[j], mh * den[i], 300.0, 1.0) * S2YR / 1000.0)
rfinal_fab2 = "{:4.3f}".format(koo.calcFinalRadiusFAB(mdot[j], vinf[j], mh * den[i], 300.0, 1.0) * CM2PC)
rfinal_pab2 = "{:4.3f}".format(koo.calcFinalRadiusPAB(mdot[j], vinf[j], mh * den[i], 300.0, 1.0) * CM2PC)
def printPaperTable(r, t, b, isWind, isMVD):
T = 8000.0
mu = 0.5
diststr = "D_\\mathrm{s}" if isWind else "D_\\mathrm{i}"
numstr = "4" if isWind else "4"
for row in range(9):
mass = massList[row]
mdot = mdotList[row]
vinf = vinfList[row]
logQ = logQList[row]
nhs_hii = mvd_iden if isMVD else mvt_iden
times = mvd_times if isMVD else mvt_times
nhs_init = mvd_nhs if isMVD else mvt_nhs
inj = mvd_inj if isMVD else mvt_inj
tableline = "\multirow{" + numstr + "}{*}{\\num{" + str(mass) + "}} & {$" + diststr + "(0)$}"
for col in range(5):
tableline = tableline + " & "
tableline = tableline + str(t[col][row])
print tableline + " \\\\"
tableline = "& {$" + diststr + "(\\frac{\\pi}{2})$}"
for col in range(5):
tableline = tableline + " & "
tableline = tableline + str(r[col][row])
print tableline + " \\\\"
tableline = "& {$" + diststr + "(\\pi)$}"
for col in range(5):
tableline = tableline + " & "
tableline = tableline + str(b[col][row])
print tableline + " \\\\"
if isWind:
tableline = "& {$R_\\mathrm{P}$}"
for col in range(5):
tableline = tableline + " & "
R = koo.calcFinalRadiusRB(mdot, vinf, mh*nhs_hii[col][row], T, mu) * CM2PC
tableline = tableline + str(R)
print tableline + " \\\\"
else:
tableline = "& {$R_\\mathrm{raga-1}$}"
for col in range(5):
tableline = tableline + " & "
R = koo.calcStromgrenRadius(logQ, nhs_init[col])
#R = max(R, inj[col][row] / CM2PC)
R = koo.calcSpitzerRadius2(R, times[col]*YR2S)*CM2PC
R = koo.calcExactIF(300.0, T, 1.0, mu, nhs_init[col], 10.0**logQ,
times[col] * YR2S, is_spitzer=True) * CM2PC
tableline = tableline + str(R)
print tableline + " \\\\"
#tableline = "& {$R_\\mathrm{stag}$}"
#for col in range(5):
# tableline = tableline + " & "
# R = koo.calcStromgrenRadius(logQ, nhs_init[col])
# #R = max(R, inj[col][row] / CM2PC)
# R = koo.calcStagnationRadius2(R) * CM2PC
# tableline = tableline + str(R)
#print tableline + " \\\\"
if row != 8:
print "& & & & & & \\\\"
